| Automated visual inspection of honed surfaces |
Limeng Wang |
| Automated visual inspection of wooden materials |
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| Gasoline Direct Injection |
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| Non-contact human-machine interaction |
Sebastian Vater |
| Content-Based Image Retrieval |
Pilar Hernandez Mesa |
| Wireless communication for a novel battery management system of Li-Ion batteries of electric and hybrid vehicles (IntLiIon project) |
Damián Alonso |
| Detection and analysis of human activities for human-machine interaction |
Kristine Back |
| FPGA based machine learning for industrial image processing |
Norbert Mitschke |
| IntLiIon - Intelligent data bus concepts for lithium-ion batteries in electric and hybrid vehicles |
Oliver Opalko, Damián Alonso |
| Invariant features for pedestrian detection and classification |
|
| Channel emulator powerline communication |
Bin Han |
| Cognitive powerline communication systems |
Nico Otterbach |
| Communication systems for smart grid applications |
Cornelius Kaiser |
| Compact Multispectral Light Field Camera |
Maximilian Schambach |
| Light field cameras and reconstruction of specular surfaces |
David Uhlig |
| Model-based Filtering of Interfering Signals in Ultrasonic Transit-Time Measurements |
Matthias Bächle |
| Bayesian perception |
Mario Lietz |
| Modelling and control of electric power trains |
Andre Suchaneck |
| Channel emulation and performance test of PLC systems |
Wenqing Liu |
| Hyperspectral image analysis for material recognition |
Wolfgang Krippner, Sebastian Bauer |
| Material classification in optical inspection systems using hyperspectral data |
Wolfgang Krippner
|
| Use of a ceramic glow plug as sensor element |
Ismet Demirdelen |
| Robust agile communication techniques using power distribution grids |
Martin Sigle |
| Realization of Smart Grid applications using Powerline communication |
Oliver Opalko |
| Sensor fusion for cognitive automobiles |
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| Separation of unknown signals by means of time-frequency plots |
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| Environment recognition with mobile robots |
Johannes Pallauf |
| Processing of Hyperspectral Images using Deep Learning Methods |
Johannes Anastasiadis |
